For a few years now, the Shale Revolution has been opening up development opportunities hardly anyone would have thought possible in the Pre-Shale Era. For example, new crude oil, natural gas and NGL pipelines from the Permian to the Gulf Coast, lots of new fractionators and steam crackers, as well as export terminals for crude, LNG, LPG, ethane and, most recently, ethylene. And here’s another. Thanks to the combination of NGL production growth and new ethylene supply — plus increasing demand for alkylate, an octane-boosting gasoline blendstock — the developer of a novel ethylene-to-alkylate project along the Houston Ship Channel has reached a Final Investment Decision (FID). Today, we discuss how the FID is driven by both supply-side and demand-side trends in the NGL and fuels markets.
As Rusty Braziel said in “The Domino Effect,” his book on the Shale Revolution, energy markets over the past few years have been characterized by an interconnected sequence of developments that have together propelled the U.S. crude oil, natural gas and NGL sectors into an extraordinary new era of abundance. Examples of the knock-on effects of the flourish caused by plentiful drill-bit hydrocarbons abound, but one that caught our eye in recent weeks is Next Wave Energy Partners’ (NWEP) FID on its planned 28-Mb/d ethylene-to-alkylate plant in Pasadena, TX. We’ll discuss the company’s project, known as Project Traveler, in detail in a moment; first we’ll look at “the row of falling dominoes” that led — almost inevitably, it now seems — to its fruition:
- Rising NGL production. Increased production of crude oil and natural gas in a number of major U.S. shale plays has resulted in higher and higher production of mixed NGLs — also known as y-grade. We have chronicled these gains in a number of RBN blogs, including Bring It On, where we noted that in 2019, produced volumes of NGLs (not counting ethane that is “rejected” into natural gas) approached 5 MMb/d — roughly double their level back in 2012 — and that by the mid-2020s, production is expected to increase by another 1 MMb/d.
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